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SDKs in 7+ Languages

Auto-generate idiomatic SDKs in Java, Python, TypeScript, Ruby, C#, PHP, and Go—no extra work required.

• TypeScript
• Java
• Python
• C#
• PHP
• Ruby
• Go

End-to-End Type Safety

Catch bugs early and prevent runtime failures with type-safe SDKs across languages.

• TypeScript
• Java
• Python
• C#
• PHP
• Ruby
• Go

Advanced OpenAPI Schemas

Accurately generate types for schemas like allOf, oneOf and anyOf as well as discriminated unions and inheritance.

• TypeScript
• Java
• Python
• C#
• PHP
• Ruby
• Go

Authentication Built In

Add OAuth, API keys, and other auth flows directly into your SDKs with zero manual config.

• TypeScript
• Java
• Python
• C#
• PHP
• Ruby
• Go

Flexible Payload Handling

Support JSON, XML, multipart/form, and binary data—automatically mapped to each SDK.

• TypeScript
• Java
• Python
• C#
• PHP
• Ruby
• Go

Resilience by Default

Retries, timeouts, and error handling are built into every SDK for a smooth developer experience.

• TypeScript
• Java
• Python
• C#
• PHP
• Ruby
• Go

Pagination

Iterate over a long list of data fetched from the API with Pagination in SDKs. Works with native language iterators and the async-await syntax.

• TypeScript
• Java
• Python
• C#
• PHP
• Ruby
• Go

										// Maxio's TypeScript SDK is available as a NPM package with
// support for Node.js and web environments.
import {
  Client,
  SubscriptionsController,
} from "@maxio-com/advanced-billing-sdk";

// Once configured, the SDK can be used to authenticated API calls.
const client = new Client({
  basicAuth: { username: "user", password: "pass" },
});

const subscriptions = new SubscriptionsController(client);

// SDK automatically handles serialization, API errors, validation,
// and type conversion (JSON to TypeScript interfaces)
const { result } = await subscriptions.listSubscriptions({
  page: 1,
  perPage: 20,
});

// Type-safe access to response data with full IntelliSense support
console.log(result[0].subscription?.state);

										

										// Maxio's Java SDK is available as a Maven package
import com.maxio.advancedbilling.AdvancedBillingClient;
import com.maxio.advancedbilling.authentication.BasicAuthModel;
import com.maxio.advancedbilling.controllers.SubscriptionsController;
import com.maxio.advancedbilling.models.ListSubscriptionsInput;
import com.maxio.advancedbilling.models.SubscriptionResponse;
import java.util.List;

// Once configured, the SDK can be used to authenticate API calls.
AdvancedBillingClient client = new AdvancedBillingClient.Builder()
  .basicAuthCredentials(new BasicAuthModel.Builder("user", "pass")
  .build()).build();

SubscriptionsController subscriptionsController =
  client.getSubscriptionsController();

ListSubscriptionsInput listSubscriptionsInput =
  new ListSubscriptionsInput.Builder().page(2).perPage(50).build();

// SDK automatically handles serialization, API errors, validation,
// and type conversion
List<SubscriptionResponse> result = subscriptionsController
  .listSubscriptions(listSubscriptionsInput);

System.out.println(result);

										

										# Maxio's Python SDK is available as a PYPI package with
# support for the Python environment.
from advancedbilling.advanced_billing_client import AdvancedBillingClient
from advancedbilling.http.auth.basic_auth import BasicAuthCredentials

# Once configured, the SDK can be used to authenticated API calls.
client = AdvancedBillingClient(
  basic_auth_credentials=BasicAuthCredentials(
    username="user",
    password="pass"
  )
)

# SDK automatically handles serialization, API errors, validation,
# and type conversion (JSON to Python models)
result = client.subscriptions.list_subscriptions({
  "page": 1,
  "per_page": 20
})

print(result[0].subscription.state)

										

										// Maxio's .NET SDK is available as a NuGet package
using AdvancedBilling.Standard;
using AdvancedBilling.Standard.Authentication;
using AdvancedBilling.Standard.Models;

// Once configured, the SDK can be used to authenticated API calls.
var client = new AdvancedBillingClient.Builder()
  .BasicAuthCredentials(
      new BasicAuthModel.Builder("user", "pass").Build())
  .Build();

var subscriptions = client.SubscriptionsController;

// SDK automatically handles serialization, API errors, validation,
// and type conversion (JSON to C# models)
var result = await subscriptions.ListSubscriptionsAsync(
  new ListSubscriptionsInput
  {
      Page = 1,
      PerPage = 20
  });

// Type-safe access to response data with full IntelliSense support
Console.WriteLine(result[0].Subscription.State);

										

										<?php

use AdvancedBillingLib\Authentication\BasicAuthCredentialsBuilder;
use AdvancedBillingLib\AdvancedBillingClientBuilder;

// Initialize the client using the builder
$client = AdvancedBillingClientBuilder::init()
    ->basicAuthCredentials(
        BasicAuthCredentialsBuilder::init('user', 'pass')
    )
    ->build();

// Retrieve the Subscriptions controller from the client
$subscriptions = $client->getSubscriptionsController();

// Make the API call to list subscriptions
$response = $subscriptions->listSubscriptions([
    'page' => 1,
    'perPage' => 20,
]);

// Extract and access subscription data
$subscriptions = $response->getResult();

echo $subscriptions[0]->getSubscription()?->getState();

										

										# Maxio's Ruby SDK is available as a gem and supports modern Ruby projects.
require 'advanced_billing'
include AdvancedBilling

# Once configured, the SDK can be used to make authenticated API calls.
client = Client.new(
  basic_auth_credentials: BasicAuthCredentials.new(
    username: 'user',
    password: 'pass'
  )
)

# The SDK automatically handles request serialization, response parsing,
# API errors, and data validation for you.
result = client.subscriptions.list_subscriptions(
  page: 1,
  per_page: 20
)

# Idiomatic Ruby: safe navigation & object access.
puts result.first&.subscription&.state

										

										// Maxio's Go SDK is available as a Go module with
// support for Go-based server environments.
import (
  "context"
  "fmt"
  "github.com/maxio-com/ab-golang-sdk"
  "github.com/maxio-com/ab-golang-sdk/models"
)

// Once configured, the SDK can be used to authenticated API calls.
client := advancedbilling.NewClient(
  advancedbilling.CreateConfiguration(
    advancedbilling.WithBasicAuthCredentials(
      advancedbilling.NewBasicAuthCredentials(
        "user",
        "pass",
      ),
    ),
  ),
)

subscriptionController := client.SubscriptionsController()

// The SDK automatically handles serialization, API error handling,
// validation, and type conversion (e.g., JSON to Go structs).
ctx := context.Background()
apiResponse, _ := subscriptionController.ListSubscriptions(ctx, advancedbilling.ListSubscriptionsInput{
  Page:    models.ToPointer(1),
  PerPage: models.ToPointer(20),
})

// Type-safe access to response data with full IntelliSense support
fmt.Println(apiResponse.Data[0].Subscription.State)

										

										// Type-safe model with nested objects and enums
const request: CreateSubscriptionRequest = {
  subscription: {
    // Enum ensures only valid states are used
    productHandle: ProductHandle.BasicPlan,
    // Nested customer object with validation
    customerAttributes: {
      name: "John Doe",
      email: "john@example.com",
    },
    // Typed values like Date prevent format errors
    initialBillingAt: new Date(),
  },
};

// SDK validates all types at compile-time and runtime
const { result } = await subscriptions.createSubscription(request);

// Response is fully typed with IntelliSense support
if (result.subscription?.state === SubscriptionState.Active) {
  console.log("Subscription activated successfully");
}

										

										// Type-safe model with nested objects and enums
CreateSubscriptionRequest request = new CreateSubscriptionRequest.Builder(
  new CreateSubscription.Builder()
    // Enum ensures only valid states are used
    .productHandle(ProductHandle.BasicPlan)
    // Nested customer object with validation
    .customerAttributes(new CustomerAttributes.Builder()
      .name("John Doe")
      .email("john@example.com")
      .build())
    // Typed values like Date prevents format errors
    .initialBillingAt(new Date())
    .build()
).build();


// SDK validates all types at compile-time and runtime
SubscriptionResponse result = subscriptionsController.createSubscription(request);

// Response is fully typed with IntelliSense support
if (result.getSubscription().getState() == SubscriptionState.Active) {
  System.out.println("Subscription activated successfully");
}

										

										# Construct request with enum and nested objects for strong 
# typing and validation
request = CreateSubscriptionRequest(
  subscription=CreateSubscription(
    # Enum ensures only valid plans
    product_handle=ProductHandle.BASIC_PLAN,
    # Combined first and last name
    customer_attributes=CustomerAttributes(
      name="John Doe",
      email="john@example.com",
    ),
    # Typed datetime prevents format issues
    initial_billing_at=datetime.now(),
  )
)

# Submit request—assume async or sync execution as per SDK
result = subscriptions_controller.create_subscription(
  body=request
)

# Response type-safe check for subscription state using Enum
if getattr(
  getattr(result, 'subscription', None), 'state', None
) == SubscriptionState.ACTIVE.value:
  print("Subscription activated successfully")

										

										// Type-safe model with nested objects and enums
using AdvancedBilling.Standard.Models;

CreateSubscriptionRequest body = new CreateSubscriptionRequest
{
  Subscription = new CreateSubscription
  {
    // String literal mapped validated field on server
    ProductHandle = "basic",

    // Nested customer object with validation
    CustomerAttributes = new CustomerAttributes
    {
      FirstName = "Joe",
      LastName = "Blow",
      Email = "joe@example.com"
     },

    // Typed values like DateTime prevent format errors
    InitialBillingAt = DateTime.Now,
  },
};

// SDK validates all types at compile-time and runtime
var result = await subscriptions.CreateSubscriptionAsync(body);

// Response is fully typed with IntelliSense support
if (result.Subscription.State == SubscriptionState.Active)
{
  Console.WriteLine("Subscription activated successfully");
}

										

										// Type-safe model with nested objects and enums
$request = SubscriptionRequestBuilder::init(
  SubscriptionBuilder::init()
    // Enum ensures only valid states are used
    ->productHandle(ProductHandle::BasicPlan)

    // Nested customer object with validation
    ->customerAttributes(
      CustomerAttributesBuilder::init()
        ->name('John Doe')
        ->email('john@example.com')
        ->build()
    )

    // Typed values like Date prevent format errors
    ->initialBillingAt(new DateTime())
    ->build()
)->build();

// SDK validates all types at runtime (PHP lacks compile-time checks)
$response = $subscriptions->createSubscription($request);

// Response is fully typed with IDE autocompletion support
$subscription = $response->getResult()->getSubscription();

if ($subscription?->getState() === SubscriptionState::ACTIVE) {
   echo "Subscription activated successfully" . PHP_EOL;
}

										

										# Type-safe model with nested objects and enums
body = CreateSubscriptionRequest.new(
  subscription: CreateSubscription.new(
    # Enum ensures only valid states are used
    product_handle: ProductHandle::BASIC_PLAN,

    # Nested customer object with validation
    customer_attributes: CustomerAttributes.new(
      first_name: 'John',
      last_name: 'Doe',
      email: 'john@example.com'
    ),

    # Typed values like Time prevent format errors
    initial_billing_at: Time.now
  )
)

# SDK validates all types when constructing request models and on API call
result = client.subscriptions.create_subscription(body: body)

# Response is fully typed and accessible with method calls
if result.subscription && result.subscription.state == SubscriptionState::ACTIVE
  puts "Subscription activated successfully"
end

										

										// Type-safe model with nested objects and enums
request := models.CreateSubscriptionRequest{
  Subscription: models.CreateSubscription{
    // Enum ensures only valid states are used
    ProductHandle: models.ToPointer("Basic_Plan"),
    // Nested customer object with validation
    CustomerAttributes: &models.CustomerAttributes{
      Name: models.ToPointer("John Doe"),
      Email: models.ToPointer("john@example.com"),
    },
    // Typed values like Date prevents format errors
    InitialBillingAt: &time.Time{},
  },
}

// SDK validates all types at compile-time and runtime
apiResponse, _ := subscriptions.CreateSubscription(ctx, &request)

// Response is fully typed with IntelliSense support
subscriptionState := apiResponse.Data.Subscription.State
if *subscriptionState == models.SubscriptionState_ACTIVE {
  fmt.Println("Subscription activated successfully")
}

										

										// Maxio SDK demonstrates polymorphic payment methods. On API call,
// the SDK automatically deserializes based on discriminator field.
const { result } = await paymentProfiles.readPaymentProfile(id);
const profile = result.paymentProfile;

// The developer can write type-safe code, thanks to SDK's support
// for polymorphic types and type-narrowing in TypeScript.
if (PaymentProfile.isBankAccountPaymentProfile(profile)) {
  // TypeScript knows this has bank account fields
  console.log(profile.maskedBankAccountNumber);
} else if (PaymentProfile.isCreditCardPaymentProfile(profile)) {
  // TypeScript knows this has credit card fields
  console.log(profile.maskedCardNumber);
} else if (PaymentProfile.isPaypalPaymentProfile(profile)) {
  // TypeScript knows this has PayPal fields
  console.log(profile.paypalEmail);
} else if (PaymentProfile.isApplePayPaymentProfile(profile)) {
  // TypeScript knows this has Apple account fields
  console.log(profile.firstName);
} else {
  // profile is narrowed down to the type 'never'.
}

										

										// Maxio SDK demonstrates polymorphic payment methods. On API call,
// the SDK automatically deserializes based on discriminator field.
PaymentProfileResponse result =
  paymentProfilesController.readPaymentProfile(id);
PaymentProfile profile = result.getPaymentProfile();

// The 'match' method handle each specific payment profile subtype
// without requiring explicit type checks or casting.
profile.match(new PaymentProfile.Cases<Void>() {
  @Override
  public Void bankAccountPaymentProfile(BankAccountPaymentProfile bankAccountProfile) {
    System.out.println(bankAccountProfile.getMaskedBankAccountNumber());
    return null;
  }
  @Override
  public Void creditCardPaymentProfile(CreditCardPaymentProfile creditCardPaymentProfile) {
    System.out.println(creditCardPaymentProfile.getMaskedCardNumber());
    return null;
  }
  @Override
  public Void paypalPaymentProfile(PaypalPaymentProfile paypalPaymentProfile) {
    System.out.println(paypalPaymentProfile.getPaypalEmail());
    return null;
  }
  @Override
  public Void applePayPaymentProfile(ApplePayPaymentProfile applePayPaymentProfile) {
    System.out.println(applePayPaymentProfile.getFirstName());
    return null;
  }
});

										

										# The Maxio SDK demonstrates polymorphic payment methods. On API call,
# the SDK automatically deserializes based on the discriminator field.
result = client.payment_profiles.read_payment_profile(id)
profile = result.payment_profile

# The developer can write type-safe logic using isinstance checks,
# thanks to the SDK's support for polymorphic models and discriminator-based deserialization.
if isinstance(profile, BankAccountPaymentProfile):
  # Python knows this object has bank account-specific fields
  print(profile.masked_bank_account_number)
elif isinstance(profile, CreditCardPaymentProfile):
  # Python knows this object has credit card-specific fields
  print(profile.masked_card_number)
elif isinstance(profile, PaypalPaymentProfile):
  # Python knows this object has PayPal-specific fields
  print(profile.paypal_email)
elif isinstance(profile, ApplePayPaymentProfile):
  # Python knows this object has Apple Pay-specific fields
  print(profile.first_name)
else:
  # If none of the known subclasses match, the type is unknown or unsupported
  print("Unknown payment profile type")

										

										// Maxio SDK demonstrates polymorphic payment methods. On API call,
// the SDK automatically deserializes based on discriminator field.
var paymentProfile = await paymentProfiles.ReadPaymentProfileAsync(id);


// The 'match' method handle each specific payment profile subtype
// without requiring explicit type checks or casting.
paymentProfile.Match<VoidType>(
    bankAccountPaymentProfile: bankAccountPaymentProfile =>
    {
        Console.WriteLine(bankAccountPaymentProfile.MaskedAccountNumber);
        return null;
    },
    creditCardPaymentProfile: creditCardPaymentProfile =>
    {
        Console.WriteLine(creditCardPaymentProfile.MaskedCardNumber);
        return null;
    },
    paypalPaymentProfile: paypalPaymentProfile =>
    {
        Console.WriteLine(paypalPaymentProfile.PaypalEmail);
        return null;
    },
    applePayPaymentProfile: applePayPaymentProfile =>
    {
        Console.WriteLine(applePayPaymentProfile.FirstName);
        return null;
    }
);

										

										// Maxio SDK demonstrates polymorphic payment methods. On API call,
// the SDK automatically deserializes based on discriminator field.
$response = $paymentProfiles->readPaymentProfile($id);
$profile = $response->getResult()->getPaymentProfile();

// The developer can write type-safe code, thanks to SDK's support
// for polymorphic types and runtime type-checking in PHP.
if ($profile instanceof BankAccountAttributes) {
  // PHP knows this has bank account fields
  echo $profile->getMaskedBankAccountNumber() . PHP_EOL;
} elseif ($profile instanceof CreditCardAttributes) {
  // PHP knows this has credit card fields
  echo $profile->getMaskedCardNumber() . PHP_EOL;
} elseif ($profile instanceof PaypalAccountAttributes) {
  // PHP knows this has PayPal fields
  echo $profile->getPaypalEmail() . PHP_EOL;
} elseif ($profile instanceof ApplePayAttributes) {
  // PHP knows this has Apple account fields
  echo $profile->getFirstName() . PHP_EOL;
} else {
  // $profile is of an unknown or unsupported type
}

										

										# The Maxio Python SDK demonstrates polymorphic payment methods. On API call,
# the SDK automatically deserializes based on the discriminator field.
result = client.payment_profiles.read_payment_profile(id)
profile = result.payment_profile

# The developer can write type-safe logic using isinstance checks,
# thanks to the SDK's support for polymorphic models and discriminator-based deserialization.
case profile
when AdvancedBilling::BankAccountPaymentProfile
  puts profile.masked_bank_account_number
when AdvancedBilling::CreditCardPaymentProfile
  puts profile.masked_card_number
when AdvancedBilling::PaypalPaymentProfile
  puts profile.paypal_email
when AdvancedBilling::ApplePayPaymentProfile
  puts profile.first_name
else
  # Unknown or unsupported payment profile type
  puts 'Unknown payment profile type'
end

										

										// Maxio SDK demonstrates polymorphic payment methods. On API call,
// the SDK automatically deserializes based on discriminator field.
apiResponse, _ := paymentProfiles.ReadPaymentProfile(ctx, id)
profile := apiResponse.Data.PaymentProfile

// The developer can write type-safe code, thanks to SDK's support
// for polymorphic types and type-narrowing in Go.
if value, ok := profile.AsBankAccountPaymentProfile(); ok {
  // Go knows this has Bank Account Fields
  fmt.Println(value.MaskedBankAccountNumber)
} else if value, ok := profile.AsCreditCardPaymentProfile(); ok {
  // Go knows this has Credit Card Fields
  fmt.Println(value.MaskedCardNumber)
} else if value, ok := profile.AsPaypalPaymentProfile(); ok {
  // Go knows this has PayPal Payment Fields
  fmt.Println(value.PaypalEmail)
} else if value, ok := profile.AsApplePayPaymentProfile(); ok {
  // Go knows this has Apple Account Fields
  fmt.Println(value.FirstName)
} else {
  // profile is narrowed down to the type 'never'.
}

										

										// Authentication configured once - SDK handles token refresh automatically
const client = new Client({
  clientCredentials: {
    oAuthClientId: "your_client_id",
    oAuthClientSecret: "your_client_secret",
    oAuthTokenProvider: (lastOAuthToken, authManager) => {
      // Restore token from your DB or fetch for the first time.
      return loadTokenFromDatabase() ?? authManager.fetchToken();
    },
    oAuthOnTokenUpdate: (token: OAuthToken) => {
      // Persist the token on refresh.
      saveTokenToDatabase(token);
    },
  },
});

// SDK automatically applies authentication to all requests
// No need to manually handle tokens or headers
const { result } = await orders.createOrder(orderRequest);

console.log("Order created:", result.id);

										

										// Authentication configured once - SDK handles token refresh automatically
AdvancedBillingClient client = new AdvancedBillingClient.Builder()
  .clientCredentialsAuth(new ClientCredentialsAuthModel.Builder(
    "your_client_id",
    "your_client_secret"
  )
  .oAuthTokenProvider((lastOAuthToken, credentialsManager) -> {
    // Restore token from your DB or fetch for the first time.
    OAuthToken oAuthToken = loadTokenFromDatabase();
    return oAuthToken != null ? oAuthToken : credentialsManager.fetchToken();
  })
  .oAuthOnTokenUpdate(oAuthToken -> {
    // Persist the token on refresh.
    saveTokenToDatabase(oAuthToken);
  })
  .build())
.build();

// SDK automatically applies authentication to all requests
// No need to manually handle tokens or headers
Order result = orders.createOrder(orderRequest);
    
System.out.println("Order created: " + result.getId());

										

										# Authentication configured once - SDK handles token refresh automatically
client = Client(
  client_credentials_auth_credentials=ClientCredentialsAuthCredentials(
    o_auth_client_id='your_client_id',
    o_auth_client_secret='your_client_secret',
    o_auth_on_token_update=lambda token: save_token_to_database(token),
    o_auth_token_provider=lambda last_oauth_token, auth_manager: (
      load_token_from_database() or auth_manager.fetch_token()
    ),
  )
)

# SDK automatically applies authentication to all requests
# No need to manually handle tokens or headers
result = client.orders.createOrder(order_request)

print(f"Order created: {result.id}")

										

										// Authentication configured once – SDK handles token refresh automatically
var client = new AdvancedBillingClient.Builder()
  .OAuthCredentials(
    new OAuthCredentialsAuthModel.Builder("your_client_id", "your_client_secret")
      .OAuthTokenProvider(async (credentialsManager, token) =>
      {
        // Restore token from your DB or fetch for the first time
        return LoadTokenFromDatabase() ?? authManager.FetchToken();
      })
      .OAuthOnTokenUpdate(token =>
      {
        // Persist the token on refresh
        SaveTokenToDatabase(token);
      })
      .Build())
  .Build();

// SDK automatically applies authentication to all requests
// No need to manually handle tokens or headers
var order = await orders.CreateOrderAsync(orderRequest);

Console.WriteLine("Order created: " + order.Id);

										

										// Authentication configured once - SDK handles token refresh automatically
$client = AdvancedBillingClientBuilder::init()
  ->oAuthClientCredentials(
    OAuthClientCredentialsBuilder::init(
      'your_client_id',
      'your_client_secret'
    )
      ->oAuthTokenProvider(
        function (?OAuthToken $lastOAuthToken, ClientCredentialsAuthManager $authManager): OAuthToken {
        // Restore a token from your DB or fetch for the first time.
        return $this->loadTokenFromDatabase() ?? $authManager->fetchToken();
        }
      )
   )
   ->build();

// SDK automatically applies authentication to all requests
// No need to manually handle tokens or headers
$response = $orders->createOrder($orderRequest);

echo "Order created: " . $response->getResult()->getId() . PHP_EOL;

										

										# Authentication configured once - SDK handles token refresh automatically
client = Client.new(
  client_credentials_auth_credentials: ClientCredentialsAuthCredentials.new(
    o_auth_client_id: 'your_client_id',
    o_auth_client_secret: 'your_client_secret',
    o_auth_token_provider: proc do |last_oauth_token, auth_manager|
      # Restore a token from your DB or fetch for the first time.
      token = load_token_from_database
      token.nil? ? auth_manager.fetch_token : token
    end,
    o_auth_on_token_update: proc do |token|
      # Persist the token on refresh.
      save_token_to_database(token)
    end
  )
)

# SDK automatically applies authentication to all requests
# No need to manually handle tokens or headers
result = client.orders.createOrder(order_request)

puts "Order created: #{result.id}"

										

										ctx := context.Background()
  client := mdnotesccg.NewClient(
    mdnotesccg.CreateConfigurationFromEnvironment(
      mdnotesccg.WithClientCredentialsAuthCredentials(
        mdnotesccg.NewClientCredentialsAuthCredentials(
          "your_client_id",
          "your_client_secret",
        ).
        WithOAuthTokenProvider(func(
          lastOAuthToken models.OAuthToken,
          authManager mdnotesccg.ClientCredentialsAuthManager,
        ) models.OAuthToken {
          // Restore token from your DB or fetch for the first time.
          token := LoadTokenFromDatabase()
          if token != nil {
            return token
          }
          token, _ = authManager.FetchToken(ctx)
          return token
        }).
        WithOAuthOnTokenUpdate(func(token models.OAuthToken) {
          // Persist the token on refresh.
          SaveTokenToDatabase(token)
        }),
    ),
  ),
)

// SDK automatically applies authentication to all requests
// No need to manually handle tokens or headers
apiResponse, _ := orders.CreateOrder(ctx, orderRequest)
fmt.Println(apiResponse.Data.Id)

										

										// Request prepared using plain-old JavaScript object and types
const request: CreateInvoiceRequest = {
  invoice: {
    lineItems: [{ title: "Consulting", quantity: 10, unitPrice: "150.00" }],
  },
};

// SDK handles JSON serialization transparently for JSON APIs
const { result: invoice } = await invoices.createInvoice(request);

// Next, we upload a file loaded as a Node.js stream
const readStream = createReadStream("./resources/invoice.pdf");
const invoiceFile = new FileWrapper(readStream);

// SDK handles multipart form data automatically for file upload APIs
const uploadResult = await invoices.uploadInvoiceDocument(
  invoice.uid,
  invoiceFile
);

console.log("File uploaded:", uploadResult.success);

										

										// Request prepared using plain-old JavaScript object and types
CreateInvoiceRequest request = new CreateInvoiceRequest.Builder(
 new CreateInvoice.Builder()
   .lineItems(Arrays.asList(
     new CreateInvoiceItem.Builder()
       .title("Consulting")
       .quantity(10)
       .unitPrice("150.00")
       .build()
   ))
   .build()
)
.build();

// SDK handles JSON serialization transparently for JSON APIs
InvoiceResponse result = invoices.createInvoice(request);
Invoice invoice = result.getInvoice();

// Next, we upload a file loaded as a Java file
FileWrapper invoiceFile = new FileWrapper(new File("./resources/invoice.pdf"));

// SDK handles multipart form data automatically for file upload APIs
FileUpload uploadResult = invoices.uploadInvoiceDocument(invoice.getUid(), invoiceFile);

System.out.println("File uploaded: " + uploadResult.getSuccess());

										

										# Prepare request using plain Python object
request = CreateInvoiceRequest(
  invoice=CreateInvoice(
    line_items=[
      CreateInvoiceItem(
        title='A Product',
        quantity=12,
        unit_price='150.00'
      )
    ]
  )
)

# SDK handles JSON serialization transparently for JSON APIs
invoice = client.invoices.create_invoice(request)

# Load file as binary stream (for multipart upload)
with open("./resources/invoice.pdf", "rb") as file:
  invoice_file = FileWrapper(file, content_type='application/pdf')
  # SDK handles multipart form data automatically for file upload APIs
  upload_result = client.invoices.upload_invoice_document(invoice.uid, invoice_file)

  print(f"File uploaded: {upload_result.success}")

										

										// Request prepared using plain-old C# object and types
var request = new CreateInvoiceRequest
{
  Invoice = new CreateInvoice
  {
    LineItems = new[]
    {
      new CreateInvoiceItem
      {
        Title = "Consulting",
        Quantity = 10,
        UnitPrice = "150.00"
      }
    }
  }
};

// SDK handles JSON serialization transparently for JSON APIs
var invoice = await invoices.CreateInvoiceAsync(request);

// Next, we upload a file loaded as a stream
var file = new FileStreamInfo(
    new FileStream("./resources/invoice.pdf", FileMode.Open)
);

// SDK handles multipart form data automatically for file upload APIs
var uploadResult = await invoices.SendFileAsync(invoice.Uid, file);

Console.WriteLine("File uploaded:", uploadResult.Status);

										

										// Request prepared using plain-old PHP model builders and types
$createInvoiceRequest = InvoiceRequestBuilder::init(
  InvoiceBuilder::init()
    ->lineItems([
      InvoiceLineItemBuilder::init()
        ->title("Consulting")
        ->quantity(10)
        ->unitPrice("150.00")
        ->build()
    ])
    ->build()
)->build();

// SDK handles JSON serialization transparently for JSON APIs
$invoiceResponse = $invoices->createInvoice($createInvoiceRequest);
$invoice = $invoiceResponse->getResult();

// Next, we upload a file loaded from disk
$invoiceFile = FileWrapper::createFromPath('./resources/invoice.pdf');

// SDK handles multipart form data automatically for file upload APIs
$uploadResult = $invoices->uploadInvoiceDocument(
  $invoice->getUid(),
  $invoiceFile
);

echo "File uploaded: " . $uploadResult->isSuccess() . PHP_EOL;

										

										# Prepare request using plain Ruby object
request = CreateInvoiceRequest.new(
  invoice: CreateInvoice.new(
    line_items: [
      CreateInvoiceItem.new(
        title: 'A Product',
        quantity: 12,
        unit_price: '150.00'
      )
    ]
  )
)

# SDK handles JSON serialization transparently for JSON APIs
invoice = client.invoices.create_invoice(request)

# Load file as an IO stream (used for multipart uploads)
File.open('./resources/invoice.pdf', 'rb') do |file|
  invoice_file = FileWrapper.new(file, content_type: 'application/pdf')
  # SDK handles multipart form data automatically for file upload APIs
  upload_result = invoices.upload_invoice_document(invoice.uid, invoice_file)

  puts "File uploaded: #{upload_result.success}"
end

										

										// Request preparing
request := models.CreateInvoiceRequest{
  Invoice: models.CreateInvoice{
    LineItems: []models.CreateInvoiceItem{
      models.CreateInvoiceItem{
        Title:     models.ToPointer("Consulting"),
        Quantity:  models.ToPointer(
          models.CreateInvoiceItemQuantityContainer.FromPrecision(10)),
        UnitPrice: models.ToPointer(models.
          CreateInvoiceItemUnitPriceContainer.FromString("150.00")),
      },
    },
  },
}

invoices := client.InvoicesController()
// SDK handles JSON serialization transparently for JSON APIs
apiResponse, _ := invoices.CreateInvoice(ctx, 0, &request)

// Next, we upload a file loaded as a Node.js stream
invoiceFile, errFile := models.GetFile("./resources/invoice.pdf")
if errFile != nil { fmt.Println(errFile) }

// SDK handles multipart form data automatically for file upload APIs
uploadApiResponse, _ := invoices.UploadInvoiceDocument((ctx,
  apiResponse.Data.Invoice.Uid, invoiceFile)
fmt.Println("File uploaded:%v", uploadApiResponse.Data.Success)

										

										const client = new Client({
  // Configure automatic retries for failed requests
  retryConfiguration: {
    retryOnTimeout: true,
    maxNumberOfRetries: 3,
    retryInterval: 1,
    backoffFactor: 2,
  },
});

try {
  // SDK automatically retries failed requests when there is network
  // failure, server error (5XX), rate limiting (429) or timeout (408).
  const { result } = await orders.getOrder("ORDER_ID");
  console.log("Order retrieved:", result.status);
} catch (error) {
  // SDK supports structured error handling for API errors
  if (error instanceof ApiError) {
    console.error("API Error:", error.statusCode);
  }
}

										

										Client client = new Client.Builder()
 // Configure automatic retries for failed requests
 .httpClientConfig(configBuilder -> configBuilder
   .numberOfRetries(3) // sets number of retries
   .retryInterval(1)
   .backOffFactor(2)
).build();

try {
 // SDK automatically retries failed requests when there is network
 // failure, server error (5XX), rate limiting (429) or timeout (408).
 Order result = orders.getOrder("ORDER_ID");
 System.out.println("Order retrieved: "+ result.getStatus());
}
catch (ApiException e){
 System.out.println("API Error: " + e.getMessage());
}

										

										client = Client(
  # Configure automatic retries for failed requests
  timeout=30,
  max_retries=3,
  backoff_factor=2,
)

try:
  # SDK automatically retries failed requests when there is network
  # failure, server error (5XX), rate limiting (429) or timeout (408).
  order = client.orders.get_order("ORDER_ID")
  print(f"Order retrieved: {order.status}")
except APIException as e:
  # SDK supports structured error handling for API errors
  print(f"API Error: {e.response_code}")

										

										var client = new AdvancedBillingClient.Builder()
  // Configure automatic retries for failed requests
  .HttpClientConfig(clientConfig => clientConfig
    .BackoffFactor(2)
    .RetryInterval(1)
    .NumberOfRetries(3)
    .Build())
  .Build();

try
{
  // SDK automatically retries failed requests when there is network
  // failure, server error (5XX), rate limiting (429) or timeout (408).
  var result = await orders.GetOrderAsync("ORDER_ID");
  Console.WriteLine("Order retrieved: ", result.Status);
}
catch (ApiException error)
{
  // SDK supports structured error handling for API errors
  Console.Error.WriteLine("API Error: ", error.ResponseCode);
}

										

										// Configure the client with retry behavior
$client = AdvancedBillingClientBuilder::init()
  // Configure automatic retries for failed requests
  ->enableRetries(true)
  ->retryOnTimeout(true)
  ->numberOfRetries(3)
  ->retryInterval(1)
  ->backOffFactor(2)
  ->build();

try {
  // SDK automatically retries failed requests when there is network
  // failure, server error (5XX), rate limiting (429) or timeout (408).
  $response = $orders->getOrder("ORDER_ID");
  echo "Order retrieved: " . $response->getResult()->getStatus() . PHP_EOL;
} catch (ApiException $error) {
  // SDK supports structured error handling for API errors
  echo "API Error: " . $error->getStatusCode() . PHP_EOL;
}

										

										client = Client.new(
  # Configure automatic retries for failed requests
  timeout: 30,
  max_retries: 3,
  retry_interval: 1,
  backoff_factor: 2,
)

begin
  # SDK automatically retries failed requests when there is network
  # failure, server error (5XX), rate limiting (429) or timeout (408).
  order = client.orders.get_order("ORDER_ID")
  puts "Order retrieved: #{order.status}"
rescue APIException => e
  # SDK supports structured error handling for API errors
  puts "API Error: #{e.response_code}"
end

										

										client := advancedbilling.NewClient(
  advancedbilling.CreateConfiguration(
    advancedbilling.WithHttpConfiguration(
      	advancedbilling.CreateHttpConfiguration(
        // Configure automatic retries for failed requests
        advancedbilling.WithRetryConfiguration(
          advancedbilling.CreateRetryConfiguration(
            advancedbilling.WithRetryOnTimeout(true),
            advancedbilling.WithRetryInterval(1),
            advancedbilling.WithBackoffFactor(2),
          ),
        ),
      ),
    ),
  ),
)
// SDK automatically retries failed requests when there is network
// failure, server error (5XX), rate limiting (429) or timeout (408).
apiResponse, err := orders.GetOrder("ORDER_ID")
if err != nil {
  // SDK supports structured error handling for API errors
  if apiErr, ok := err.(https.ApiError); ok {
    log.Fatalf("API Error:%v", apiErr.StatusCode)
  }
} else {
  // Printing the result and response
  fmt.Printf("Order retrieved:%v", apiResponse.Response.StatusCode)
}

										

										// SDK makes pagination effortless with built-in iteration.
const paginatedUserList = users.listAll({
  page: 1,
  perPage: 50,
});

// Simple pagination - iterate through all items
for await (const user of paginatedUserList) {
  console.log("Process user:", user.name);
}

// Alternative: Process page-by-page
for await (const page of paginatedUserList.pages) {
  for (const user of page.items) {
    console.log("Process user:", item.name);
  }

  // Access pagination metadata
  console.log("Current page:" + page.pageNumber);
  console.log("Response headers", page.headers);
}

										

										// SDK makes pagination effortless with built-in iteration.
PagedFlux<User, PagedResponse<User, Users>> paginatedUserList =
  usersController.listAllAsync(1, 50);

// Simple pagination - iterate through all items
paginatedUserList.subscribe(
  user -> System.out.println("Process user: " + user.getName()),
  error -> error.printStackTrace()
);

// Alternative: Process page-by-page
paginatedUserList.pages().subscribe(
  page -> {
    pagedResponse.getItems().forEach(user ->
      System.out.println("Process user: " + user.getName());

      // Access pagination metadata
      System.out.println("Current page: " + page.getPageNumber());
      System.out.println("Response headers: " + page.getHeaders());
  },
  error -> error.printStackTrace()
);

										

										# SDK makes pagination effortless with built-in iteration.
paginated_user_list = client.users.list_all(page=1, per_page=50)

# Simple pagination - iterate through all items across pages
for user in paginated_user_list:
  print(f"Process user: {user.name}")

# Alternative: iterate page-by-page
for page in paginated_user_list.pages():
  for user in page.items():
    print(f"Process user: {user.name}")
  
  # Access pagination metadata
  print(f"Current page: {page.page_number}")
  print(f"Response headers: {page.headers}")

										

										// SDK makes pagination effortless with built-in iteration.
var paginatedUserList = await users.ListUsersAsync(
  new ListUsersInput
  {
    Page = 1,
    PerPage = 20
  });

// Simple pagination - iterate through all items
await foreach (var user in paginatedUserList)
{
  Console.WriteLine("Process user:", user.Name);
}

// Alternative: Process page-by-page
await foreach (var page in result.GetPagesAsync())
{
  foreach (var user in page.Items)
  {
    Console.WriteLine("Process user:", item.Name);
  }

  // Access pagination metadata
  Console.WriteLine("Current page:" + page.PageNumber);
  Console.WriteLine("Response headers", page.Headers);
}

										

										$paginatedUserList = $users->listUsers([
  'page' => 1,
  'per_page' => 50,
]);

// Simple pagination - iterate through all items
foreach ($paginatedUserList->items() as $user) {
  echo "Process user: " . $user->getName() . PHP_EOL;
}

// Alternative: Process page-by-page
foreach ($paginatedUserList->pages() as $page) {
  foreach ($page->getItems() as $user) {
    echo "Process user: " . $user->getName() . PHP_EOL;
  }

  // Access pagination metadata
  echo "Current page: " . $page->getPageNumber() . PHP_EOL;
  echo "Response headers: ";
  print_r($page->getHeaders());
}

										

										# SDK makes pagination effortless with built-in iteration.
paginated_user_list = client.users.list_all(page: 1, per_page: 50)

# Simple pagination - iterate through all items
paginated_user_list.each do |user|
  puts "Process user: #{user.name}"
end

# Alternative: Process page-by-page
paginated_user_list.pages.each do |page|
  page.items.each do |user|
    puts "Process user: #{user.name}"
  end

  # Access pagination metadata
  puts "Current page: #{page.page_number}"
  puts "Response headers: #{page.headers.inspect}"
end

										

										// SDK makes pagination effortless with built-in iteration.
paginatedUserList, _ := users.ListUsers(1, 50)

// Simple pagination - iterate through all items
for _, user := range paginatedUserList.Items {
  fmt.Printf("Process user:%v\n", user.Name)
}

// Alternative: Process page-by-page
for _, page := range paginatedUserList.Pages {
  for _, user := range page.Items {
    fmt.Printf("Process user:%v\n", user.Name)
  }

  // Access pagination metadata
  fmt.Println("Current page:", page.PageNumber)
  fmt.Println("Response headers:", page.Headers)
}